Wildfires have increased in frequency in many ecosystems, with implications for human
health and the environment, including water quality. Increased fire frequency and …

Fine-grained sediment is perhaps the most widespread and pervasive contaminant in
aquatic systems reflecting its role in influencing the quality of the water (eg, turbidity, vector …

Biomass burning and resulting fire regimes are major drivers of vegetation changes and of
ecosystem dynamics. Understanding past fire dynamics and their relationship to these …

Sediment fingerprinting is a technique that is increasingly being used to improve the
understanding of sediment dynamics within river basins. At present, one of the main …

It is clear that, in some climates, fires are a natural phenomenon, they have occurred for
millennia and plants have revealed the capacity to cope with them (Pausas et al., 2008). It is …

Fine sediment source fingerprinting techniques have been widely applied in agricultural
river catchments. Successful source discrimination in agricultural environments depends on …

Abstract Information on the main sources supplying deleterious sediment loads to river
systems is needed to improve our understanding of soil erosion processes to better target …

Introduction Interest in the use of sediment tracers as a tool to complement traditional water
erosion or deposition measurements has increased due to the additional information they …

Sediment fingerprinting has been developed by researchers over the past three decades for
watershed sediment transport research. Sediment fingerprinting is a method to allocate …

Wildfires are a natural landscape disturbance in many climates and forest types, but the
cumulative impact of human-caused climate change, historical fire management and …